baber/WOPTO huggingface dataset:
Patent JP-S6282051-A (JP)
Title: Apparatus for driving printing element
Inventor: HAYASHI MIKIO
IPC: B41J2/275
Filed: 1985-10-07
Abstract: PURPOSE:To enhance the cooling effect of a coil generating heat, by a method wherein a permanent magnet is provided at a central part and front and rear yokes are provided so as to hold the permanent magnet therebetween while a plurality of iron cores are arranged on the outer peripheral part of the permanent magnet to be fixed to the rear yoke and a coil is wound around each iron core. CONSTITUTION:An adhesive is injected into the recessed part 16a provided at the central part of the front surface of a yoke 16 and a permanent magnet 15 is mounted in said recessed part 16a to be fixed thereto. A coil terminal plate 19 is arranged at the front surface of the rear yoke 16 while a coil 20 is engaged with the iron core 18 fixed to the rear yoke 16. A front yoke 14 is located and mounted by a locating pin 17 so that the permanent magnet 15 is positioned at the central part of the rear yoke 16 and an adhesive is injected from a through-hole 14b to fix the permanent magnet 15. Three locating pins 22 are inserted in the front yoke 14 under pressure so as to be directed forwardly and the locating hole 12c of a spacer 12, the locating hole 9a of a drive spring 9 and the locating hole 8c of a stopper 8 are engaged with the locating pins 22 to successively stack the spacer 12, the drive spring 9 and the stopper plate 8 and the locating holes 1g of a head frame are engaged with the locating pins 22. Because the outside of the coil is opened, cooling effect is high and adaptation to high speed printing is enabled.
Patent JP-S6377760-A (JP)
Title: Thermal transfer color printer
Inventor: OYAMA KAZUHIRO
IPC: B41J29/00
Filed: 1986-09-19
Abstract: PURPOSE:To eliminate the influence of moisture to a thermal transfer color printer by providing a plurality of printing sheet heating means at positions not in contact with printing surfaces between a printing unit and the sheet end of a feed roll, and between a capstan roll and a platen roll. CONSTITUTION:Moisture contained when a printing sheet 2 is supplied from a sheet supply unit (b) through a recording sheet feed roller 11 to a printing unit (c) is removed by a heater 12, and a heat transfer recording with a thermally fusible ink sheet 3 is executed by a thermal head 1 without elongation nor shrinkage due to the influence of the moisture. The sheet 2 recorded by thermal transfer is exhausted through a feed roll 10, but also dehumidified by a heater 13 in a sheet exhausting unit (d). Thus, an accurate recording sheet feeding is performed without influence of the moisture. Therefore, it can eliminate the displacements of colors due to the moisture at the time of transferring.
Patent JP-S59113660-A (JP)
Title: Close adhesion type color image sensor
Inventor: OZAWA KIYOSHI
IPC: H04N1/028
Filed: 1982-12-21
Abstract: PURPOSE:To obtain a color image sensor of small type, and moreover enabled to be manufactured at low cost by a method wherein a light guide system is formed in a semispherical lens type by stacking in a lamellar type plastics of the same number with the number of the concentric circles of light receiving elements and having the different refractive indexes, and is arranged to be fixed on the light receiving elements. CONSTITUTION:When light radiated from a light source 19 is made to enter passing through the central part of the back of the substrate 13 of light receiving elements, light thereof irradiates a manuscript 20 passing through lenses 14, 15, 16, and reflected light enters the lens 16. Light of long wavelength repeats reflection at the boundary between the lenses 16, 15 to enter the light receiving element 10 on the outermost side. Light of short wavelength enters the lens 15, and is divided into light to be reflected at the boundary between the lenses 15, 14 and light to enter the lens 14. Light reflected at the boundary between the lenses 15, 14 is reflected also at the boundary between the lenses 15, 16, and enters the second light receiving element 11. Incident light to the lens 14 enters the light receiving element 12 on the inmost side passing the lens. Accordingly when the refractive indexes of the respective lenses 14, 15, 16 are selected properly, a color sensor of three colors can be realized.
Patent JP-S61102966-A (JP)
Inventor: KIMURA KATSUHIKO
IPC: E04G21/02
Filed: 1984-10-25
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-S6467439-A (JP)
Title: Cornering lamp system for vehicle
Inventor: SHIBATA HIROMI
IPC: B60Q1/12
Filed: 1987-09-08
Abstract: PURPOSE:To enhance the controllability and durability by producing a control signal with a pulse-width corresponding to the steering angle and detecting the directional discrepancy between the actual direction of irradiation of a lamp light means and the target direction of irradiation determined from the steering angle, based on this control signal, in order to control an electric motor for varying the direction of irradiation. CONSTITUTION:The pulse-shaped electric signal, which corresponds to the amount of revolution of a revolving disc 1, is produced from a photosensor 2, which is placed in the vicinity of the revolving disc 1 that revolves in linkage with the handle-steering motion, and this electric signal is input into a control signal producing circuit 3. This producing circuit 3 periodically produces the control signal with a pulse-width corresponding to the steering angle, and this control signal is given to a servo-motor control circuit 4. Next, a directional discrepancy detecting circuit 41 in the circuit 4 detects the directional discrepancy between the actual direction of irradiation of a headlamp as an irradiating means and the target direction of irradiation that is determined in correspondence to the steering angle. Lastly, an electric motor 46 is controlled so that this discrepancy becomes zero, thereby varying the direction of irradiation of the headlamp to the proper direction.
Patent JP-S6466340-A (JP)
Title: Method of installation construction of heat-insulating composite board to concrete structure
Inventor: KAWAUCHI KAZUAKI
IPC: E04B5/43
Filed: 1987-09-08
Abstract: PURPOSE: To heighten strength and to make adhesion to concrete reliable by planting anchors on the inside surface of a heat insulating composite board as a laminated board including a flexible board and integrating placed concrete with the heat insulating composite board via the anchors. CONSTITUTION: Anchors 2 are planted at predetermined intervals on the inside surface of a heat insulating material 1a in a composite heat insulating plate main body constituted by laminating a flexible board 1b on the outside surface of the heat insulating material 1a. After setting a heat insulating composite board 1 constituted in this way at a predetermined location, building frame concrete 9 is placed with the composite board 1 as a mold, and the concrete 9 and the composite board 1 are integrated via the anchors 2. Then after the hardening of the placed concrete 9, supports, etc., are removed to execute the construction of a concrete structure in which the composite board 1 is integrally laminated on the surface of a building frame.
Patent JP-H0270411-A (JP)
Title: Method for setting insert component of foam molded product
Inventor: NAGATA MASAKI
IPC: B29L31/58
Filed: 1988-09-07
Abstract: PURPOSE:To prevent the generation of deviated position of an insert component and shorten working hours by injecting a foaming agent and foam molding in the state that the insert component is fixed by pressure at the given position of an inner wall of a mold by means of suction force of a vacuum pump. CONSTITUTION:When a vacuum pump is actuated in the state that a top force 11 is separated from a bottom force 12 to generate negative pressure on the whole surface of a breathing spacer 13 and an insert component 18 is brought into contact with the surface of the breathing spacer 13, the insert component 18 is pressure welded on the surface of the breathing spacer 13 due to the suction force of the vacuum pump. As the insert component 18 can freely be positioned in the given setting position by a working hand, the insert component 18 is positioned in the given position of the bottom force inner wall. Then, the top face 11 and the bottom force 12 are connected with, and a urethane foaming agent is injected into a molding die 10 to be foam molded to manufacture a molded product with the insert components 18 integrally molded on both sides of a urethane pad 19.
Patent JP-H0778822-A (JP)
Title: Semiconductor device
Inventor: YUASA HIROSHI
IPC: H01L21/3205
Filed: 1993-09-08
Abstract: PURPOSE:To improve the flatness of a recessed part between wirings in the upper part of a step-difference in the vicinity of the step-difference, by forming a dummy wiring not necessary for circuit formation on the step-difference part, in a semiconductor device flattened by spin-on-glass on the wiring formed on an insulating film where a step-difference exists. CONSTITUTION:A silicon oxide film 12 and oily silicon wiring 13 are formed in an arbitrary region on a semiconductor substrate 11. Boron phosphorus glass 14 is formed on the whole surface of a semiconductor substrate 11 having the poly silicon wiring 13. Aluminum wiring 15 is formed on the boron phosphorus glass 14. Aluminum dummy wiring 16 is formed on the step-difference part of the boron phosphorus glass 14. A silicon oxide film 17 is formed in the whole surface of the boron phosphorus glass 14 provided with the aluminum wiring 15 and the aluminum dummy wiring 16. Spin-on-glass 19 is formed on the whole surface of the silicon oxide film 17. A silicon oxide film 18 is formed on the whole surface of the spin-on-glass 19.
Patent JP-H0968351-A (JP)
Title: Electric thermal storage type heating apparatus
Inventor: IWAMOTO KIYOHIKO
IPC: F24H7/02
Filed: 1995-08-31
Abstract: PROBLEM TO BE SOLVED: To secure safety in the case in which a heating apparatus is turned over and reduce noises generated by a movable end part striking at a wall when an open/close plate is opened during operation. SOLUTION: An open/close plate 10, which is provided in a discharge opening 4a of a blower section 4, is closed in a horizontal direction during operation and is rotated in an upward direction to be opened during heat radiation. If a main unit case 1 is turned over during thermal storage operation, the open/ close plate 10 is made to keep closed so that hot gas is prevented from flowing back from a thermal storage unit 3 to the blower section 4. The open/close plate 10 is provided with a protrusion at an end portion thereof and is made to strike at an elastic thermal insulator 9 so that noises generated at the time of opening movement are reduced.
Patent JP-H0969335-A (JP)
Title: Manufacture of glass board fitted with bulkhead
Inventor: KONNO KEIICHIRO
IPC: H01J11/34
Filed: 1995-08-31
Abstract: PROBLEM TO BE SOLVED: To form a glass board with accuracy in form and pitch of bulkheads partitioning the discharge cells and at low cost, concerning the manufacture of the glass board fitted with a bulkhead such as a plasma display panel, etc. SOLUTION: A board 3 heated and softened is pressed by a mold 1 which has a projection 1a corresponding to the bulkhead to partition discharge space and is heated to specified temperature. And, the surface of the board 3 is pressed into irregularity in specified form to form a bulkhead.
Patent JP-H0775901-A (JP)
Title: Rod material machining device and method
Inventor: ITO RYUZO
IPC: B23B13/02
Filed: 1993-09-08
Abstract: PURPOSE:To shorten the whole length of a rod material machining device and a time for changing a rod material without complicating a new material resupply mechanism and a rod material supply mechanism. CONSTITUTION:A rod material machining device has a lathe 2 provided with a main spindle 21 and a cutting tool 24 and a rod material supply machine 1 to supply a rod material W in preset mobilities to the lathe. The rod material supply machine has a new material resupply mechanism to resupply a new material W' and a feeder 13 to supply a rod material W to the lathe. The lathe is provided with a subchuck 26 to pull the end of the rod material in front of the main spindle, and the feeder is provided with a rod material insert 13b at the front end to insert the rear end of the rod material therein. A rod material machining device has a special controller C1 for the rod material supply machine, a special controller C2 for the lathe and a special controller C3 for cooperative control. The controller C3 controls the operation of a feeder drive unit and the subchuck to close the chuck of the main spindle, set back a rod material feeding member and keep the lathe machining at the stage that the rod material is long enought to be machined as a product.
Patent JP-H0776420-A (JP)
Title: Steel material sorting device
Inventor: IDEI MASARU
IPC: B66C1/06
Filed: 1993-09-08
Abstract: PURPOSE:To sort a desired number of steel materials safely and surely by lifting a specified number of long steel materials by an electromagnet and locating a rotating arm between them. CONSTITUTION:One end part of a specified number of steel materials S is lifted attractively by an electromagnet 14 of which magnetic force can be adjusted among multiple long steel materials S stored in a container A. Also a rotating arm 21 is located between the lifted steel materials S and the steel materials S remaining in the container A to separate them over their entire length. Thus it is prevented that extra steel materials are lifted due to entwining of the steel materials with each other or steel materials once lifted are dropped.
Patent JP-H04104285-A (JP)
Title: Displaying device
Inventor: IKEDA IKUTOSHI
IPC: H04N5/64
Filed: 1990-08-24
Abstract: PURPOSE:To make a related document such as a manual be housed and kept nearby by providing several L-shaped projections on the side surface of a device main body and locking and fixing both side ends of a housing frame body. CONSTITUTION:Frame wire on both side ends of the housing frame body 9 being U-shaped is held to be inserted in a locking groove part formed by a main body side surface 1a and L-shaped projection 1b, and the rim end of the housing frame body 9 is locked and fixed by the L-shaped projection 1b, and a housing part S is formed adjacently to the main body side surface 1a. Consequently, the related document 10 such as the manual is housed in this housing part S and kept, so that space which is not used can be effectively used as a document housing part. Thus, the document 10 can be always housed and kept in the housing part S attached and provided on the main body side surface 1a.
Patent JP-S6267590-A (JP)
Title: Valve mechanism for wind instrument
Inventor: YOZEFU PIEERU BOOI
IPC: G10D9/04
Filed: 1986-09-19
Abstract: This invention relates to a flow path selector valve for use in wind instruments made of metal, such as a trumpet or a French horn. The valve comprises at least one pair of valve members, which consist each of a solid of revolution and are rotatably mounted on opposite sides of and in sliding and sealing contact with a centrally disposed, hollow bearing and drive block and integrally connected by a shaft. Each of said valve members consists of a cylinder, preferably of a cone, and contains a curved pipe section, which defines a flow path from an axial opening formed in the axially outer end portion of the valve member to a lateral opening formed in the shell of the valve member. The curved pipe sections are arranged in mirror symmetry in the valve members of said pair. Two air ducts are provided on opposite sides of the pair of valve members and devine flow paths differing in length. Each of said air ducts has two openings at opposite ends. The valve members are adapted to rotate in unison, preferably through 180 DEG , between a first position in which the lateral openings of both valve members register with the two openings of one of said air ducts and a second position, in which the lateral openings of both valve members register with the openings of the other air duct. The two open ends of each of said air ducts are defined in part by the centrally disposed bearing and drive block.
Patent JP-H0777812-A (JP)
Title: Image forming method
Inventor: WATANABE HIROSHI
IPC: G03F7/004
Filed: 1993-09-08
Abstract: PURPOSE:To obtain an image forming method by which a high-density high- resolution image can be formed in a simple dry process without losing dimensional stability by laminating a sub base body on a cover sheet or on the back surface of a base body after exposure for imaging and before peeling and development. CONSTITUTION:An image forming material having a photosensitive layer and a cover sheet successively formed in this order on a base material is used for this image forming method. The photosensitive layer contains a polymerizable compd. having at least an ethylene unsatd. bond, photopolymn. initiator, and coloring agent. The cover sheet transmits active rays. In this method, a sub base material is laminated on the cover sheet or the back surface of the base body after exposure for imaging and before peeling and development. As for the base material, paper, synthetic paper, resin film or sheet, plastic film or sheet comprising two or more resin layers, laminated film or sheet comprising paper with a resin layer can be used. As for the sub base body, any material can be selected according to the purpose from those used for the base body or the cover sheet.
Patent JP-S59114256-A (JP)
Title: Sheet carrying direction converter
Inventor: SHIRATORI TATSUYA
IPC: B65H29/58
Filed: 1982-12-20
Abstract: PURPOSE:In a system for converting the sheet carrying direction between two directions, to simplify the structure by facing a pair of carrying member holding sections selectively against inlet of each carrying path to convert the sheet carrying direction. CONSTITUTION:A carrying roller 19 is fixed on shafts 31, 32 which will rotate around a shaft 33. Consequently gear 37, and sprocket 38 can rotate at fixed position continuously. A solenoid 39 will roll said roller 19 up and down where upon turning on of solenoid 39, a sideboard 34b is lfted and rotated upward around the shaft 33. Here the nip of carry roller 19 will direct upward to carry the paper in arrow direction A. Upon turning off of solenoid 39, the sideboard 34b will rotate downward around the shaft 33 to direct the nip of carry roller 19 downward to carry paper in arrow direction B.
Patent JP-H1163554-A (JP)
Title: Support structure for suction grill
Inventor: SAKURADA HIROSHI
IPC: F24F13/20
Filed: 1997-08-20
Abstract: PROBLEM TO BE SOLVED: To provide the subject support structure in which a suction grill is rotatably supported and easily demounted. SOLUTION: A hinge 9 is positioned with a positioning part and is mounted on a surface 1a with a mount part, while upon a suction hole being closed with a suction grill 7 one side of the suction grill 7 is supported on a rotary part 9b by engaging a rotary piece 7a with a rotary part 9b and engaging demount piece 7b with a demount part 9c. Upon the suction hole being opened the disengage piece 7b is disengaged from the disengage part 9c and is rotated, and upon the suction grill being removed the hinge is separated from a spaced part d.
Patent JP-S6467676-A (JP)
Title: Parallel computer
Inventor: MUKAI HIROSHI
IPC: G06F15/177
Filed: 1987-09-09
Abstract: PURPOSE:To improve the effect of a parallelizing by equalizing operating quantity, which is charged by respective operating units, from information obtained by an operating quantity measuring means and decreasing a waiting time. CONSTITUTION:Operating units 1-1-1-4, which execute an operation processing to given data, are arranged in a lattice shape in plural numbers. Then, an operating quantity measuring means is provided to measure the operating quantity in the respective operating units 1-1-1-4 of an operating unit group 1 to attain communication with the adjacent operating units 1-1-1-4 and a data moving means is provided to move the data among the respective operating units 1-1-1-4 so that the operating quantity of the respective operating units 1-1-1-4 can be equalized from the information obtained by this operating quantity measuring means. Thus, the equalization of an operating load is executed and the efficiency of the parallelizing can be improved.
Patent JP-H0386014-A (JP)
Title: Differential protective relay unit
Inventor: TERADA MAKOTO
IPC: H02H3/28
Filed: 1989-08-30
Abstract: PURPOSE:To enable setting with high freedom, where fault can be detected reliably even with a weak power source, by switching the impedance of a differential circuit based on the terminal voltage of the differential circuit or the terminal voltage of the impedance thereby operating a differential relay in high or low impedance differential system. CONSTITUTION:A circuit breaker trip interlock circuit comprises a plurality of voltage detecting elements 30, 31, 33 for detecting the voltage at the terminals 20-1, 20-2 of a differential circuit or the terminal voltage of the impedance, where the impedance in the differential circuit is switched through a first switching circuit 61 based on a function value of the basic component and even higher harmonic components of the input voltage to the terminals 20-1, 20-2. Consequently, high and low impedance differential systems can be used properly and automatically with only advantages of respective systems being utilized effectively. By such arrangement, the differential protective relay unit can be set with high freedom such that a fault can be detected reliably even with a weak power source.
Patent JP-H09117698-A (JP)
Title: Apparatus for extruding multicomponent material
Inventor: HAINRITSUHI SHIYUTAINAA
IPC: B05B9/04
Filed: 1996-08-26
Abstract: PROBLEM TO BE SOLVED: To easily measure the flow rate of each reaction component in a multicomponent expanding material and to use easily by one hand without getting tired. SOLUTION: Each component in a multicomponent expanding material is placed in a pressure container 4 having a discharge valve 41, the valve 41 can be actuated by an attachable/detachable support member 1 which can fix the valve 41 through a clamp plate 2 which can move in the axial direction, and a discharge nozzle 9 is connected to the discharge value 41 of the pressure container 4 through tubes 6, 7. The support member 1 constitutes a module and includes a connectable substrate 10 in a side space 11 for the pressure container 4 to be able to release a docking plate 100. The pressure container 4 is arranged below the clamp plate 2, and the substrate 10 is set in a support part 3 attachably/detachably.
Patent JP-H0386708-A (JP)
Title: Polybutene-1 composition and its production
Inventor: TODA MASATOSHI
IPC: C08F10/00
Filed: 1989-08-30
Abstract: PURPOSE:To obtain a polybutene-1 composition of a low gel fraction and a low fisheye content by compounding an alpha-olefin prepolymer with a polybutene-1 which have intrinsic viscosities satisfying a specified relationship. CONSTITUTION:A composition comprising 0.005-5.0wt.% alpha-olefin prepolymer of an intrinsic viscosity [eta]p<=7dl/g (in a decalin solution at 135 deg.C)] and a polybutene-1 of an a-olefin (other than butene-1) content of 0-20wt.% and an intrinsic viscosity [eta]T of 0.5-7.0dl/g is used as alpha polybutene-1 composition desirably for films. The [eta]p and [eta]T should satisfy the relationship: [eta]p<=2.5X[eta]r. This polybutene-1 composition is produced by prepolymerizing an alpha-olefin in the presence of a catalyst, obtained from a solid catalyst component containing magnesium, a halogen, titanium and an electron-donating compound and an organoaluminum compound, and hydrogen and polymerizing butene-1 or a mixture of butene-1 with an alpha-olefin other than butene-1 in the presence of the above prepolymerization catalyst.